-Designed mechanical and pneumatic systems for Cyber-O 7.0 to Cyber-O 10.0 prototypes using SolidWorks software within a period of 2-3 weeks.-Integrate key components, including pneumatic cylinder, mechanical valve, and gearbox, to ensure optimal function and improve efficiency of the prototype car.-Simulating and testing the hydrogen peroxide reaction-based car stopping system, with a stopping distance accuracy of ±5%, and Optimizing the air pressure and speed of the car to ensure travel within the specified target distance.

-Organized the event timeline in a structured manner, starting from the abstract selection stage to the final presentation, involving more than 40 participants from various schools in Indonesia.-Coordinate a 4-person event division team to ensure the execution of the competition according to plan, covering both technical and non-technical needs.-Collaborated with 30+ internal committees to ensure the smooth running of the event, arranged the attendance of 3 expert judges in the field of chemical engineering and organized the competition scoring process.-Increased participant engagement through effective communication, including the dissemination of technical information, deadline reminders, and competition procedures, achieving a 100% participation rate until the final stage.

-Develop event concepts and schedules in accordance with the theme, create event rundowns, and provide technical event information to participants.-Collaborated with 20+ internal committees to ensure the smooth running of the event, arranged the attendance of 3 expert judges in the field of chemical engineering and organized the competition scoring process.-Ensure the event runs on time according to the rundown with more than 90% efficiency, and Identify and provide solutions to technical problems during the event with a response time of <10 minutes.